import tempsensor
import time
import btnlib as btn
import ledlib as led
red = 80
orange = 75
yellow = 70
green = 65
blue = 60
purple = 55
while btn.isOn(btn.switch): #while the switch is on:
led.turn_on(led.white)
temp = tempsensor.tempF() #get the temp
print temp
if temp > red:
led.turn_on_all()
elif temp > orange:
led.turn_off(led.red)
led.turn_on(led.orange)
led.turn_on(led.yellow)
led.turn_on(led.green)
led.turn_on(led.blue)
led.turn_on(led.purple)
elif temp > yellow:
led.turn_off(led.red)
led.turn_off(led.orange)
led.turn_on(led.yellow)
led.turn_on(led.green)
led.turn_on(led.blue)
import tempsensor
import time
import btnlib as btn
import ledlib as led
last_temp = 70
while btn.isOn(btn.switch): #while the switch is on:
temp = tempsensor.tempF() #get the temp
if temp > last_temp: #if it's gotten warmer
print "Warmer"
if led.isOn(led.blue):
led.turn_off(led.blue) #turn off blue
if led.isOn(led.yellow):
led.turn_off(led.yellow) #turn off yellow
led.turn_on(led.red) #turn on red
elif temp == last_temp: #if it's the same
print "Same"
if led.isOn(led.blue):
led.turn_off(led.blue) #turn off blue
if led.isOn(led.red):
led.turn_off(led.red) #turn off red
led.turn_on(led.yellow) #turn on yellow
elif temp < last_temp: #if it's cooler
print "Cooler"
if led.isOn(led.red):
led.turn_off(led.red) #turn off red
if led.isOn(led.yellow):
led.turn_off(led.yellow) #turn off yellow
led.turn_on(led.blue) #turn on blue
last_temp = temp #set the new temp
import tempsensor import time import btnlib as btn import ledlib as led last_temp = 70 while btn.isOn(btn.switch): #while the switch is on: temp = tempsensor.tempF() #get the temp if temp > last_temp : #if it's gotten warmer print "Warmer" if led.isOn(led.blue) : led.turn_off(led.blue) #turn off blue if led.isOn(led.yellow) : led.turn_off(led.yellow) #turn off yellow led.turn_on(led.red) #turn on red elif temp == last_temp : #if it's the same print "Same" if led.isOn(led.blue) : led.turn_off(led.blue) #turn off blue if led.isOn(led.red) : led.turn_off(led.red) #turn off red led.turn_on(led.yellow) #turn on yellow elif temp < last_temp : #if it's cooler print "Cooler" if led.isOn(led.red) : led.turn_off(led.red) #turn off red if led.isOn(led.yellow) : led.turn_off(led.yellow) #turn off yellow led.turn_on(led.blue) #turn on blue last_temp = temp #set the new temp
if btn.isOn(btn.yellow): # if yellow and red it pressed laser.on(); time.sleep(0.10); laser.off(); time.sleep(0.10); else: #if read button pressed without yellow led.blink(led.red, 50, 0.1); led.blink(led.orange, 50, 0.1); led.blink(led.yellow, 50, 0.1); led.blink(led.green, 50, 0.1); led.blink(led.blue, 50, 0.1); led.blink(led.purple, 50, 0.1); led.blink(); if btn.isOn(btn.yellow): while(sam == 0): led.turn_on(led.red); led.turn_on(led.yellow); led.turn_on(led.blue); led.turn_on(led.white); time.sleep(3); sam = 1; led.switch(lcd.red); led.switch(lcd.orange); led.switch(lcd.yellow); led.switch(lcd.green); led.switch(lcd.blue); led.switch(lcd.purple); led.switch(lcd.white); print "Goodbye" btn.GPIO.cleanup()
#the led.startup() function cycles through the leds
led.startup()
time.sleep(1)
print("All on and off")
#to turn on all leds, use the led.turn_on_all(2) function:
led.turn_on_all()
time.sleep(2)
#to turn off all:
led.turn_off_all()
time.sleep(1)
print("Red on and off")
#to turn on a single led, use a command like this:
led.turn_on(led.red)
#your choices for leds are led.red, led.yellow, led.green, led.blue
time.sleep(2)
#to turn it off:
led.turn_off(led.red)
time.sleep(1)
print("Yellow with isOn test")
#the led.isOn(led) function tells you if a particular led is currently on
if led.isOn(led.yellow):
print("Yellow is on")
else :
print("Yellow is on")
time.sleep(3)
led.turn_on(led.yellow)
if led.isOn(led.yellow):
#the following lines will allow you to use buttons and leds
import btnlib as btn
import ledlib as led
import time
#led.startup()
while btn.isOn(btn.switch):
led.turn_on_all()
time.sleep(1)
led.turn_off_all()
led.turn_on(led.green)
time.sleep(1)
led.turn_on(led.blue)
time.sleep(.5)
led.turn_on(led.purple)
time.sleep(.5)
led.turn_on(led.red)
time.sleep(.2)
led.turn_on_all()
time.sleep(1)
led.turn_on(led.blue)
time.sleep(.2)
led.turn_on(led.blue)
time.sleep(.2)
led.turn_on(led.blue)
time.sleep(.2)
led.turn_on(led.blue)
time.sleep(.5)
led.turn_off_all()
led.blink(led.purple, 7, .3)
#the led.startup() function cycles through the leds
led.startup()
time.sleep(1)
print("All on and off")
#to turn on all leds, use the led.turn_on_all() function:
led.turn_on_all()
time.sleep(2)
#to turn off all:
led.turn_off_all()
time.sleep(1)
print("Orange on and off")
#to turn on a single led, use a command like this:
led.turn_on(led.orange)
#your choices for leds are led.orange, led.blue, led.green, led.red
time.sleep(2)
#to turn it off:
led.turn_off(led.orange)
time.sleep(1)
print("Blue with isOn test")
#the led.isOn(led) function tells you if a particular led is currently on
if led.isOn(led.blue):
print("Blue is on")
else :
print("Blue is off")
time.sleep(2)
led.turn_on(led.blue)
if led.isOn(led.blue):
#the following lines will allow you to use buttons and leds import btnlib as btn import ledlib as led import time #led.startup() while btn.isOn(btn.switch) : led.turn_on_all() time.sleep(1) led.turn_off_all() led.turn_on(led.green) time.sleep(1) led.turn_on(led.blue) time.sleep(.5) led.turn_on(led.purple) time.sleep(.5) led.turn_on(led.red) time.sleep(.2) led.turn_on_all() time.sleep(1) led.turn_on(led.blue) time.sleep(.2) led.turn_on(led.blue) time.sleep(.2) led.turn_on(led.blue) time.sleep(.2) led.turn_on(led.blue) time.sleep(.5) led.turn_off_all() led.blink(led.purple, 7, .3)
#the led.startup() function cycles through the leds
led.startup()
time.sleep(1)
print("All on and off")
#to turn on all leds, use the led.turn_on_all() function:
led.turn_on_all()
time.sleep(2)
#to turn off all:
led.turn_off_all()
time.sleep(1)
print("Red on and off")
#to turn on a single led, use a command like this:
led.turn_on(led.red)
#your choices for leds are led.red, led.orange, led.yellow,
# led.green, led.blue, led.purple, and led.white
time.sleep(2)
#to turn it off:
led.turn_off(led.red)
time.sleep(1)
print("Yellow with isOn test")
#the led.isOn(led) function tells you if a particular led is currently on
# same led choices
if led.isOn(led.yellow):
print("Yellow is on")
else:
print("Yellow is off")
time.sleep(2)
import tempsensor import time import btnlib as btn import ledlib as led red = 80 orange = 75 yellow = 70 green = 65 blue = 60 purple = 55 while btn.isOn(btn.switch): #while the switch is on: led.turn_on(led.white) temp = tempsensor.tempF() #get the temp print temp if temp > red : led.turn_on_all() elif temp > orange : led.turn_off(led.red) led.turn_on(led.orange) led.turn_on(led.yellow) led.turn_on(led.green) led.turn_on(led.blue) led.turn_on(led.purple) elif temp > yellow : led.turn_off(led.red) led.turn_off(led.orange) led.turn_on(led.yellow) led.turn_on(led.green) led.turn_on(led.blue)
led.startup()
time.sleep(1)
print("All on and off")
#to turn on all leds, use the led.turn_on_all(2) function:
led.turn_on_all()
time.sleep(1)
#to turn off all:
led.turn_off_all()
time.sleep(1)
print("Red on and off")
#to turn on a single led, use a command like this:
led.turn_on(led.blue)
#your choices for leds are led.red, led.yellow, led.green, led.blue
time.sleep(2)
#to turn it off:
led.turn_off(led.red)
time.sleep(1)
print("Yellow with isOn test")
#the led.isOn(led) function tells you if a particular led is currently on
if led.isOn(led.yellow):
print("Yellow is on")
else :
print("Yellow is on")
time.sleep(1)
led.turn_on(led.yellow)
if btn.isOn(btn.yellow): # if yellow and red it pressed
laser.on()
time.sleep(0.10)
laser.off()
time.sleep(0.10)
else: #if read button pressed without yellow
led.blink(led.red, 50, 0.1)
led.blink(led.orange, 50, 0.1)
led.blink(led.yellow, 50, 0.1)
led.blink(led.green, 50, 0.1)
led.blink(led.blue, 50, 0.1)
led.blink(led.purple, 50, 0.1)
led.blink()
if btn.isOn(btn.yellow):
while (sam == 0):
led.turn_on(led.red)
led.turn_on(led.yellow)
led.turn_on(led.blue)
led.turn_on(led.white)
time.sleep(3)
sam = 1
led.switch(lcd.red)
led.switch(lcd.orange)
led.switch(lcd.yellow)
led.switch(lcd.green)
led.switch(lcd.blue)
led.switch(lcd.purple)
led.switch(lcd.white)
print "Goodbye"
btn.GPIO.cleanup()